Greenways Infra Private Limited

Anti-glare screens and barriers are often installed along highways to reduce the glare from oncoming headlights, making driving safer at night. These can be made from materials like polycarbonate or other reflective coatings that deflect light away from drivers' eyes.

Anti-glare devices or materials are used on highways to reduce the impact of glare from vehicle headlights, especially during nighttime driving. Glare can be particularly problematic for drivers, as it can reduce visibility, cause discomfort, and increase the risk of accidents. Here are some common anti-glare measures used on highways:

1. Retroreflective Markings: These are markings on the road surface and signage that reflect light back towards the source, such as vehicle headlights. They improve visibility at night and in low-light conditions without causing glare.

2. Anti-Glare Screens: These are barriers or screens installed along highways to block direct light from oncoming vehicles. They are often placed in the median or along the edges of the road to reduce glare for drivers.

3. Glare Shields: Glare shields or visors can be installed on overhead signs or traffic signals to block direct light from entering the driver's field of view. They help reduce glare while maintaining visibility of important signage.

4. Roadside Vegetation: Planting trees or shrubs along highways can help reduce glare by blocking direct light and diffusing it through foliage. However, this method requires careful planning to avoid obstructing visibility or creating hazards.

5. Anti-Glare Coatings: Some road signs and surfaces may be coated with anti-glare materials that diffuse light instead of reflecting it directly into drivers' eyes.

6. Lighting Design: Properly designed roadway lighting can also help reduce glare by directing light where it's needed without causing excessive brightness or reflections.

7. Driver Education: Educating drivers about the effects of glare and how to adjust their headlights or use anti-glare features in their vehicles can also contribute to reducing glare-related accidents.